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Industry Focus eBook - Rheology & Viscometry (2nd Edition)

From additive manufacturing to pharma and even off-world construction, rheology and viscometry sit at the core of how materials behave under stress. This eBook brings together expert explainers, application notes, and future-facing insights so you can confidently design, scale, and validate.

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What’s Inside

  • Powder Bed-Based Additive Manufacturing & Powder Rheology Explained
    How cohesion, flowability, and spreadability shape part quality.
  • High-Precision Rheology in Additive Manufacturing
    Instrumentation tactics to optimize formulations at the microscale.
  • Why Rheology Matters in Food Technology
    Texture, shelf life, and processability—engineered through flow.
  • Rheological Insights for Pharmaceutical Formulation
    Link flow behavior to drug stability, delivery, and manufacturability.
  • Powder Tribology for Pharma
    Contact, friction, and flow in tablet compression and encapsulation.
  • DMTA for Polymer Blend Miscibility
    Viscoelastic signatures that predict compatibility and performance.
  • Curing an Acrylate with FTIR
    Real-time monitoring to tighten polymer process control.
  • Martian Homes: Soil + Spirulina
    Sustainable binders and rheology for extraterrestrial builds.
  • Thixotropy in Metals
    Demystifying time-dependent viscosity for casting and forming.

Why Download

  • Design Better: Translate flow curves into practical formulation decisions.
  • Scale Smarter: Anticipate process behavior before you hit the line.
  • Validate Faster: Pair rheology/viscometry with spectroscopy and thermal methods for robust QA.

Who Should Read This

  • Materials scientists
  • Process engineers
  • Formulators (pharma, food, polymers)
  • Additive manufacturing specialists
  • QA/RA leads
  • R&D managers

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This information has been sourced, reviewed and adapted from materials provided by Thermo Fisher Scientific – Material Characterization.

For more information on this source, please visit Thermo Fisher Scientific – Material Characterization.

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